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Anatomical and synaptic reconstructions of gustatory axons from the adult Drosophila labellum reveal different classes of gustatory neurons recognizing different taste modalities.

Semiochemicals activate a subpopulation of sexually dimorphic olfactory sensory neurons.

Drosophila larvae show taste multimodality and combinatorial sensing at gustatory organ level but also systemically as they employ complementary external and internal taste in sugar detection.

Caenorhabditis elegans require a GPCR to recognize and rapidly escape from toxin-producing Streptomyces at their head or tail.

A compact neural network can form various associative memories that are encoded in a distributed manner, where each neuron stores different components of the memory.

Atoh1 promotes the development of two different neural circuits involved in hypoxic and hypercapnic respiratory responses that together are essential for neonatal respiratory drive and survival.

Connectomic analysis demonstrates that a brain circuit, that may be conserved between flies and mammals, uses both fast synaptic transmission as well as peptidergic neuromodulation to connect chemosensory and endocrine systems.

Pheromones activate excitatory and inhibitory pathways that are integrated to guide mating decisions in Drosophila melanogaster.

A sexually dimorphic circuit node controls a persistent, internal state that promotes fighting and mating in Drosophila, revealing parallels with mammalian systems suggestive of a conserved circuit "motif" controlling social behaviors.

Parallel chemical and physiological profiling of conspecific chemosensory communication in mice identifies both common and unique strategies for vomeronasal signaling of sex and strain.